🌈 The phenomenon of diffraction occurs not only when light passes through an opening, but also when it encounters an obstacle, with the strength of deflection being greater for longer wavelengths like red light compared to shorter wavelengths like blue light. 🌈 When light passes through a small hole, it creates fascinating patterns of light and dark bands due to interference and diffraction. For electromagnetic waves, the energy of each photon depends on the frequency, but the energy transported by a beam is a function of. E/2 (1/4).A.w.m, where m is total mass of the rope. 🌊 The discovery of interference in the Young's experiment provided evidence supporting the wave nature of light, challenging the prevailing belief that light was composed of particles. For one wave, assume that the height of each point is given by: y (x,t) Acos (2pix/L + wt), where A is the amplitude and w is the angular frequency. Diffraction is the super position of waves coming from an infinite source across the width of the slit.Resolving power come into play only for objects like microscope ,telescope etc because the eye piece of these instruments act like the small slit that collects or gathers light from the infinite source say the sun. thesaurus com physics tutorial reflection refraction and diffraction. 
🌊 The interference pattern depends on the phase difference between the waves, which can vary depending on the path traveled by each wave. introduction to waves video khan academy luke bryan waves official music video.
Skip the Interference part on this resource and read the rest. 🌀 When waves pass through small holes in a wall, they work as point sources generating spherical waves with identical frequency, wavelength, velocity, and phase. The frequency and wavelengths of the two waves are equal. Is it a particle or a wave This is the question that physicists of the 1920s were asking about light.🌌 Light is composed of electromagnetic waves or particles, a concept that was proven by Maxwell in 1861, revealing the dual nature of light.🔍 Thomas Young demonstrated interference by using a punctiform font of light to illuminate a screen with two small holes close to each other, observing the resulting pattern on another screen.
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